Gaming PC Assembly Course

Lesson 1 • How a PC System Works

Covers the data flow between CPU, memory, storage, and peripherals. Establishes the mental model needed for all assembly decisions ahead.

Lesson 2 • Core Component Categories

Identifies and classifies every major component group inside a gaming PC. Provides the naming foundation used throughout the course.

Lesson 3 • Reading Specifications and Datasheets

Teaches how to interpret manufacturer spec sheets, TDP ratings, and compatibility tables. Directly prepares students for component selection in later chapters.

Lesson 1 • Workspace Organization and Lighting

Defines the ideal physical environment for assembly, including surface, lighting, and part staging. A well-organized workspace reduces errors and lost hardware.

Lesson 2 • Safe Handling of Sensitive Components

Covers correct grip, pressure, and orientation for fragile parts like CPUs and PCIe cards. Prevents the most common physical damage mistakes made by beginners.

Lesson 3 • Essential Tools for PC Assembly

Covers every hand tool needed for a full build, from screwdrivers to cable ties. Students assemble a complete toolkit before starting any hardware work.

Lesson 1 • RAM Selection and Compatibility

Covers DDR generation, speed, capacity, and XMP/EXPO profile support per platform. Students select RAM that runs at rated speed without instability.

Lesson 2 • CPU and Motherboard Compatibility

Maps CPU socket types to compatible motherboard chipsets and BIOS requirements. Students avoid the most costly compatibility mistake in PC building.

Lesson 3 • GPU, Case, and Clearance Matching

Teaches GPU length, width, and slot clearance rules relative to case dimensions. Students confirm physical fit before purchasing any graphics card.

Lesson 4 • Power Supply Sizing and Efficiency

Calculates system TDP to select a correctly rated PSU with appropriate efficiency certification. Students avoid underpowered or wasteful PSU choices.

Lesson 1 • Mounting the Motherboard in the Case

Lowers the board onto standoffs, aligns the I/O shield, and secures all screws evenly. Students achieve a flat, vibration-free mount without overtightening.

Lesson 2 • Case Disassembly and Preparation

Removes panels, pre-installed fans, and drive cages to create clear working space. Proper preparation prevents obstructions during motherboard and cable routing.

Lesson 3 • Front Panel Connector Wiring

Connects power switch, reset switch, HDD LED, and power LED headers to the board. Students use the manual pinout diagram to wire each header correctly.

Lesson 1 • RAM Installation and Seating

Installs RAM in the correct dual-channel slots with proper latch engagement. Students verify seating visually and by resistance before powering on.

Lesson 2 • Preparing the Motherboard Outside the Case

Installs CPU, RAM, and M.2 drives on the board before case mounting to maximize access. This sequence prevents the most common installation errors.

Lesson 3 • Applying Thermal Paste

Demonstrates paste quantity, pattern methods, and spread behavior under cooler pressure. Correct application directly determines CPU temperatures under gaming load.

Lesson 4 • CPU Installation Techniques

Covers LGA and AM5 socket procedures, alignment keys, and correct locking force. Students seat a CPU without bending pins or cracking the IHS.

Lesson 1 • Power Supply Mounting and Orientation

Mounts the PSU in the correct orientation for fan intake and routes cables before other components block access. Orientation affects both cooling and cable management.

Lesson 2 • Connecting Power Cables to Components

Routes and connects 24-pin ATX, EPS CPU, PCIe GPU, and SATA power connectors. Students match connector types and confirm full insertion on every plug.

Lesson 3 • Additional Fans and RGB Headers

Connects case fans to motherboard headers or a fan hub and wires RGB/ARGB connectors. Students understand header types to avoid connector damage.

Lesson 4 • GPU Installation and Bracket Removal

Removes the correct PCIe slot brackets and seats the GPU until both latch clicks are heard. Students verify full seating to prevent display output failures.

Lesson 1 • Entering BIOS and Verifying Hardware

Navigates BIOS to confirm all installed components are detected at correct speeds. Students validate the build before any operating system installation.

Lesson 2 • Pre-Power-On Checklist

Runs a systematic visual inspection of every connection before applying power. This checklist prevents the most common first-boot failures.

Lesson 3 • Cable Management Principles

Covers routing paths, cable tie placement, and tension management for a clean rear chamber. Good cable management improves airflow and simplifies future upgrades.

Lesson 4 • Airflow Optimization Inside the Case

Positions intake and exhaust fans to create positive or neutral pressure airflow. Students understand how fan placement affects GPU and CPU temperatures.

Lesson 1 • Operating System Installation Process

Walks through the full OS installation, partition setup, and driver installation sequence. Students complete a clean install on the correct NVMe drive.

Lesson 2 • Creating a Bootable OS Installation Drive

Uses imaging tools to write an OS installer to a USB drive correctly. Students produce a verified bootable drive before beginning installation.

Lesson 3 • Secure Boot and TPM Configuration

Enables Secure Boot and TPM for operating system compatibility and security requirements. Students configure these without locking themselves out of the system.

Lesson 4 • Essential BIOS Settings for Gaming

Configures XMP/EXPO, boot order, fan curves, and power limits for gaming performance. These settings unlock the full potential of the installed hardware.